Kingtronics International Company — Inspired by Innovation

The Kingtronics® XKT Metal Oxide Varistor (MOV) Series is a surge protection component designed for power supply protection, LED driver protection, and industrial power reliability. When designing power circuits or LED drivers, engineers face one key challenge: preventing sudden transient voltage spikes from damaging sensitive components. The Kingtronics XKT Series provides fast, repeatable surge suppression that helps maintain long-term system stability.

Reliable Surge Protection Across 18V–1800V
Kingtronics XKT Metal Oxide Varistor surge protection for power and LED driver designs

The XKT MOV Series is engineered for industrial-grade surge protection, covering a wide operating voltage range from 18 V up to 1800 V. With fast clamping response and high energy absorption capability, the device helps protect AC/DC power supplies, LED lighting modules, industrial controllers, and consumer electronics from transient surges or lightning-induced spikes.

Key advantages of Kingtronics XKT Series:

  • Wide operating voltage range supports multiple circuit designs and ratings
  • High surge capability (series options up to 20 A peak rating, per datasheet test conditions)
  • Designed to absorb high-energy transients (up to hundreds of joules depending on series size)
  • Full compliance with RoHS and REACH environmental requirements
  • Protection for industrial control modules, telecom DC rails, and power converters
Compared with well-known brands such as EPCOS (TDK), the Kingtronics XKT Series targets equivalent functional performance while offering a more competitive cost position for sourcing and design-in.

How a Metal Oxide Varistor (MOV) Protects Your Power Circuit
Transient surge suppression and voltage clamping behavior

A Metal Oxide Varistor (MOV) is a voltage-dependent resistor. Under normal operating voltage, the MOV remains in a high-impedance state and does not significantly affect the circuit. During a surge event, the MOV switches to a low-impedance path and clamps the excessive voltage, diverting surge current away from the sensitive load. This fast response helps prevent damage to downstream ICs, drivers, or control modules.

In typical usage, the Kingtronics XKT MOV is placed across the input line of a power circuit. When a spike appears on the line, the varistor reacts within microseconds to suppress dangerous peaks and stabilize the line voltage.

Image alt text: Kingtronics XKT Metal Oxide Varistor (MOV) showing disc package, used as a transient surge suppression component for AC and DC power lines.


Typical Application Areas for the XKT MOV Series
Power supply protection / LED driver surge protection / industrial electronics

  • Power supply surge suppression and AC line transient protection
  • LED lighting and LED driver surge protection
  • Industrial automation equipment and control modules
  • Consumer electronics and power adapters
  • Communication and telecom systems (DC rail protection)

XKT Series Demonstration Video
Reliable surge protection across 18 V–1800 V applications

The following video introduces the Kingtronics XKT Series and shows how this MOV-based surge suppression approach helps protect real-world power systems.


Explore the Kingtronics XKT Metal Oxide Varistor Series
Product information, datasheet, RFQ / sample request

For full technical details, electrical ratings, and available disc sizes (5D / 7D / 10D / 14D / 20D), visit the official Kingtronics XKT Metal Oxide Varistor product page.

View XKT Metal Oxide Varistor Series

To request a quotation, samples, or cross-reference support for sourcing:

Contact Kingtronics Sales Team


Download the Kingtronics Varistor Catalog
Full XKT family overview and detailed electrical ratings

Kingtronics XKT / RKT / WKT / NKT Varistor Catalog (PDF)

View the complete Kingtronics varistor product range, including XKT Series Metal Oxide Varistors, package dimensions, voltage range, surge energy capability, and ordering information.

Open Full Catalog (PDF)

The catalog helps sourcing teams compare part numbers and check available voltage ratings across 18 V to 1800 V application requirements.


Technical Reference for Engineering Teams
Operating range, energy rating, environmental compliance

  • Operating temperature range: –40 °C to +105 °C
  • Available disc sizes / series: 5D, 7D, 10D, 14D, 20D
  • Energy absorption capability: approximately 0.4 J up to 606 J (10/1000 µs waveform, depending on series size)
  • High peak surge current performance (up to 20 A series rating class)
  • RoHS and REACH compliant
  • AC and DC working voltages from 18 V class up to 1800 V class across the full Kingtronics XKT range

Kingtronics® XKT Metal Oxide Varistor Series — surge protection for power supply, LED driver, telecom and industrial control applications.
Protect your design, improve long-term reliability, and maintain stable operation under real-world transient conditions with a qualified surge suppression component.

 

 

Kingtronics International Company — Inspired by Innovation

In modern manufacturing, stable MLCC supply is critical to prevent costly delays. Engineers in power electronics, RF circuits, and industrial systems need consistent materials and predictable lead time. Kingtronics® offers SMD and Radial MLCCs with fast delivery and competitive pricing.

Kingtronics MLCC overview — HKT High Voltage, BKT High-Q RF, LKT SMD, MKT Radial capacitors

Video — High Voltage MLCC & Low ESR Tantalum Capacitors


HKT — High Voltage MLCC for Power & Industrial Systems

Up to 5,000 V rating with low loss dielectric and excellent insulation. Ideal for converters, lighting and industrial controllers.

Explore HKT →

BKT — High-Q / Low-ESR MLCC for RF & Microwave

High-Q (>2000) and ultra-low ESR for RF amplifiers, antennas, and microwave modules where precision and low dissipation are essential.

Explore BKT →

LKT — Compact SMD MLCC for Communication & Consumer Devices

Available in NP0, X7R, and X5R. Provides stability and reliability in communication modules, motherboards, and compact electronics.

Explore LKT →

MKT — Radial MLCC for Power Modules & LED Drivers

Leaded structure (25 – 100 V) with strong mechanical endurance, suitable for industrial modules, LED drivers, and control boards.

Explore MKT →

MLCC Series Comparison

Series Type Key Features Voltage Range Applications
HKT SMD High Voltage, Low Loss Up to 5,000 V Power converters, industrial control
BKT SMD High-Q, Low ESR RF / Microwave RF modules, antennas
LKT SMD Compact, Stable Dielectric Up to 50 V Comms modules, consumer electronics
MKT Radial (Leaded) Robust, THT Friendly 25 – 100 V LED drivers, power modules

Ready to get a quote? Fast lead time and stable supply.

Request a Quote

Procurement & Sampling

Kingtronics® MLCC portfolio ensures stable global supply, ISO-certified quality and competitive pricing.

Explore MLCC Products

 

Kingtronics International Company — Inspired by Innovation

When designing EMI filters or power supplies, choosing the right X2 film capacitor directly affects safety and long-term reliability. Certified X2 devices prevent insulation breakdown, reduce electromagnetic interference, and help meet global compliance.

Why Certification Matters

A qualified X2 capacitor must endure repetitive AC stress and transients. Kingtronics FKT-MX, rated at 310 VAC, carries VDE, ENEC, and UL approvals in accordance with IEC 60384-14. It is designed for across-the-line EMI suppression in power supplies, LED drivers, and industrial control systems where high stability and low loss are essential.

Key Specs (Design Reference)

Rated voltage
310 VAC
Capacitance range
0.0047 µF – 10 µF
Operating temperature
−40 °C ~ +110 °C
Dissipation factor
0.3 % (capacity-dependent)
Safety approvals
VDE / ENEC / UL

Use certified X2 components only in AC line positions. Verify lead pitch, body size, creepage, and clearance for your PCB.

Key Search Terms

x2 film capacitor 310vac UL ENEC VDE certified capacitor EMI filter capacitor x2 safety film capacitor polypropylene capacitor for EMI suppression

Common Challenges in EMI Filter Design

  1. Excessive noise or leakage due to low-grade dielectric materials.
  2. Compliance failures when uncertified components are used.
  3. Capacitance drift and heating in polyester-based X2 parts.
  4. Uncertain availability or long lead times from legacy brands.

How FKT-MX helps

  • Polypropylene dielectric for superior temperature and voltage stability (−40 °C ~ +110 °C).
  • Low dissipation factor ≤ 0.3%.
  • Wide capacitance range 0.0047 µF – 10 µF for flexible design.
  • Predictable lead time with stable production capacity.

Comparison with Global Alternatives

X2 Cross-Reference (310 VAC Class)
Kingtronics Model Kemet EPCOS Pilkor Evox Rifa Vishay Wima Iskra Panasonic
FKT-MX (310 VAC) R46 B81130 / B32921–B32924 PCX2 337 / PCX2 339 PHE 840M / PHE 840E MKP 3382 / MKP 3392 MP3 X2 / MKP X2 KNB 153X / KNB 156X ECQU

FKT-MX offers equivalent safety approvals with cost-effective structure and dependable delivery. It serves as a practical replacement for well-known X2 families in EMI suppression applications.

Watch the Product in Action

Demo overview of FKT-MX in EMI suppression use cases.

Learn More

See full specifications, datasheet, and available sizes on the official website:

FAQ

What is an X2 film capacitor?
It is a safety-rated capacitor intended for across-the-line connection on AC mains to suppress EMI.

What certifications does FKT-MX have?
VDE, ENEC, and UL approvals according to IEC 60384-14.

What operating range should I consider?
310 VAC rating, 0.0047 µF – 10 µF capacitance, and −40 °C to +110 °C operating temperature.

Is it a suitable alternative to EPCOS/Kemet X2 parts?
Yes. FKT-MX is a practical replacement in EMI suppression filters, with cross-references listed above.

Kingtronics FKT-MX X2 film capacitor product image

Kingtronics International Company — Inspired by Innovation

When engineers or buyers look for Panasonic electrolytic capacitor alternatives or a Nichicon cross reference, reliability without compromising cost or lead time is essential. Kingtronics provides a full series of SMD Aluminum Electrolytic Capacitors (ECAPs) delivering competitive price, fast delivery, and proven performance — a practical replacement for Panasonic, Nichicon, and Rubycon in LED, power supply, automotive, and communication applications.

Cross Reference Table

Quick mapping for common replacements across major brands.

Kingtronics SMD Aluminum Electrolytic Capacitors – Cross Reference
Kingtronics P/N Panasonic Nichicon Nippon Chemicon Rubycon Samwha Yageo EPCOS
GKT-VA EEE-_A/S UWX MVA SEV SC CA B41112 / B41115
GKT-VT EEE-HA(B) UWT MVE SKV RC CB B41141 / B41145
GKT-VZ EEE-FC WF MZA / MVY TZV CK SQ
GKT-VF EEE-FK UD MLA CM

👉 Explore Full Cross Reference & Product Series

Why Choose Kingtronics SMD Capacitors?

  • Cross Reference Compatibility — Direct replacements for Panasonic, Nichicon, Rubycon, Samwha, Yageo, EPCOS.
  • Comprehensive Range — Standard / low impedance / super low impedance / long life (up to 10,000H), with AEC-Q options.
  • Customer Advantages
    1. Faster lead time versus top brands
    2. Competitive pricing with broad specs
    3. High conversion after sampling
    4. Temperature coverage up to 125°C
    5. Automotive AEC-Q options available

Typical Applications

  • LED Lighting & Industrial Power Supplies
  • Automotive Electronics (ECU, infotainment, chargers)
  • Communication Infrastructure
  • Consumer Electronics (Smart TV, chargers, adapters)

Inside the Factory – Production Process

See how Kingtronics produces reliable SMD Aluminum Electrolytic Capacitors in our factory:

📥 Need details? Download Full Catalog

Kingtronics SMD Capacitors – Cross Reference & High Reliability
Kingtronics SMD Capacitors

 

Kingtronics International Company — Inspired by Innovation

OEM/EMS procurement teams often face three major pain points: high capacitor prices, long lead times, and stock shortages. These challenges raise BOM cost and create project delays.

Kingtronics addresses these challenges with DA Coin Type Super Capacitors (5.5V) and DM Combined Type Super Capacitors (5.5V / 7.5V). Both are RoHS-compliant, affordable super capacitors designed for memory backup, RTC modules, UPS, lighting, industrial control, and consumer electronics.

Cost Down Without Compromise

Compared with Nichicon, VINATECH, KEMET, KAMCAP, Eaton, and Korchip, Kingtronics delivers affordable super capacitors that cut BOM cost by up to 30% while ensuring compliance and performance.

Reliable Lead Time & Supply

With stable sourcing and production capacity, DA + DM super capacitors help OEM/EMS companies avoid allocation risks and keep projects on schedule.

Versatile Applications

  • DKT-DA Series – Compact coin type for RTC backup capacitor, smart meter capacitor, digital camera capacitor.
  • DKT-DM Series – Low ESR, long cycle life for industrial super capacitors, UPS modules, medical backup.

Key Product Advantages

DA Series (Coin Type 5.5V)

  • Compact size with large capacity
  • Cycle life: 500,000 cycles at 25°C
  • Applications: RAM, smart meter, digital camera, clock circuit

DM Series (Combined Type 5.5V / 7.5V)

  • Low internal resistance (low ESR)
  • Cycle life: 1,000,000 cycles at 25°C
  • Applications: UPS, lighting, industrial modules, medical equipment

Ready to Optimize Your BOM?

Kingtronics DA + DM Super Capacitors are the affordable, reliable, fast-delivery solution trusted by OEM/EMS worldwide.

▶ Watch How DA + DM Super Capacitors Cut BOM Cost

Kingtronics International Company — Inspired by Innovation

Kingtronics RF tuning capacitor solution: SMD ceramic trimmer (KKT), high Q MLCC RF filter (BKT), quartz crystal oscillator (QKT) for wireless module components

RF tuning capacitor SMD ceramic trimmer high Q MLCC RF filter quartz crystal oscillator wireless module components

For wireless devices (Bluetooth, RFID, IoT sensors, security systems), designs typically require an RF tuning capacitor, an RF filter capacitor, and a frequency reference. Sourcing these from multiple vendors can add process variation and coordination overhead. Below lists the commonly used component types with industry aliases for clarity.

One-Stop RF Components (with industry terminology)


KKT — SMD ceramic trimmer (also called: tuning capacitor / variable capacitor / trimmer cap): used for fine adjustment in high-frequency sections to correct drift and maintain link stability.
BKT — high Q MLCC for RF filtering (also: RF bypass/decoupling capacitor, matching capacitor; typical dielectric: C0G/NP0): low ESR/low loss to improve RF transmission efficiency and filter cleanliness.
QKT — quartz crystal / oscillator (also: crystal unit / quartz resonator / XO): provides precise frequency reference for timing and synchronization.

These three wireless module components are frequently used together. Consolidated sourcing helps align specifications, reduce qualification effort, and simplify logistics.

Selection considerations


  • Trimmer (tuning/variable): adjustment range, Q at operating frequency, temperature stability.
  • High-Q MLCC: dielectric (C0G/NP0), ESR/Q vs. frequency, tolerance, self-resonant behavior.
  • Quartz: frequency/tolerance, load capacitance, ESR, aging, package (through-hole/SMD).

Reference: KKT product details. For part matching, samples, or lead-time information on high Q MLCC / quartz, please see: contact page.

Product details (KKT) Request info / Samples

 

Kingtronics International Company — Inspired by Innovation

Motor capacitor comparison made simple. Find the best motor capacitor for refrigerator, capacitor for air conditioner motor, and a reliable compressor capacitor.

When it comes to motor capacitor comparison, engineers and procurement teams often ask: CBB60 vs CBB61 vs CBB65 – which motor capacitor fits my application? This guide breaks down the differences, shares sales insights, and provides a quick FAQ to help you decide.

Why Motor Capacitor Selection Matters

Choosing the right capacitor affects efficiency, reliability, and cost. Whether you need the best motor capacitor for refrigerator, a capacitor for air conditioner motor, or a compressor capacitor for industrial use, matching the series to the job ensures stable performance.

CBB60 vs CBB61 vs CBB65 – Quick Specification Overview Comparison

Model Capacitance Range Rated Voltage Main Applications Key Features
CBB61 1–20 µF 250V / 450V AC Small household appliances (fans, washing machines) Compact size, low dissipation factor, high insulation resistance
CBB60 1–100 µF 250V / 450V AC Refrigerators, air conditioners, general motors Good self-healing, strong surge resistance, versatile range
CBB65 2–100 µF 370V / 450V AC Compressors, industrial motors High safety, strong over-current capacity, heavy-duty design

FAQ – CBB60 vs CBB61 vs CBB65

Q1: What is the best motor capacitor for refrigerator?
CBB60 is widely used in refrigerators thanks to its durability and broad 1–100 µF range.

Q2: Which capacitor is ideal for air conditioner motors?
CBB60 fits well, offering higher capacitance and voltage stability as a capacitor for air conditioner motor.

Q3: Which one should I choose for compressors or industrial motors?
CBB65 is designed for heavy-duty applications, making it a reliable compressor capacitor.

Q4: Why would I choose CBB61?
→ For small appliances like ceiling fans or washing machines, CBB61 is compact and cost-effective.

Market Insights

  • Household Trend (CBB61, CBB60): Growing demand for energy-efficient appliances.
  • Industrial Trend (CBB65): Automation and compressor-driven equipment require high-voltage reliability.
  • Sales Feedback: Retailers place quick orders but re-orders can be slower — keep multiple models ready for small-batch needs.

How to Choose – Simplified Guide

  • Small household appliances → CBB61
  • Refrigerators & air conditioners → CBB60
  • Compressors & industrial motors → CBB65

This motor capacitor comparison helps engineers and purchasing managers quickly identify the right capacitor for their application.

Conclusion & Call to Action

Still unsure which motor capacitor fits your design? Download the full datasheet and explore detailed specifications.

Kingtronics motor capacitor comparison – CBB60 vs CBB61 vs CBB65
CBB60 / CBB61 / CBB65 quick view

 

Kingtronics International Company — Inspired by Innovation

When engineers search for high voltage film capacitors, EV DC link capacitors, or renewable energy capacitors, they expect components with long-term stability, low dissipation factor, and reliable insulation resistance. As a professional manufacturer, Kingtronics provides the FKT-AC and FKT-AD axial polypropylene (PP) film capacitors, designed for EV charging stations, solar inverters, and industrial control systems.

Watch our factory in action — manufacturing capability & quality control for film capacitors.

Why Polypropylene (PP) Film Capacitors for EV & Renewable Systems?

  • High Voltage Range: suitable for DC link & inverter nodes in EV chargers and renewable systems.
  • Low Dissipation Factor: enables higher efficiency under switching frequencies.
  • Wide Operating Temperature: reliable performance in harsh environments.
  • Self-healing Property: enhances long-term stability and safety.
  • Flexible Options: axial construction (cylindrical / oval), broad capacitance selections.

Axial Film Capacitors — Series at a Glance (PP vs PET)

Series Dielectric Typical Applications Voltage / DF / Temp* Notes
FKT-AC / FKT-AD Polypropylene (PP) EV charging DC link, solar/wind inverters, industrial control High voltage capability; low dissipation factor; wide operating temperature. Engineer-centric; reliability-focused.
FKT-AA / FKT-AB Polyester (PET) Audio crossovers, DIY/consumer, household electronics Broad capacitance options; compact size; stable for signal/AC coupling in audio. Community-oriented; case-based content.

* For exact ratings (voltage range, dissipation factor by frequency, operating temperature, dimensions), please refer to each series datasheet on the product page.

Applications

  • EV Charging Stations — DC link & filtering in fast chargers (high voltage film capacitor / EV film capacitor).
  • Solar & Wind Inverters — renewable energy capacitor for long-term stability and efficiency.
  • Industrial Power Control — drives, UPS, automation (reliable axial film capacitors / DC link capacitors).

By partnering directly with a film capacitor manufacturer, you gain consistent quality, reliable lead times, and flexible supply for your EV, renewable, and industrial projects.

Keywords: high voltage film capacitor, EV film capacitor, DC link capacitor, renewable energy capacitor, axial film capacitor, polypropylene film capacitor, industrial control capacitor, solar inverter capacitor, manufacturer.

Axial polypropylene film capacitors for EV charging DC link and renewable energy inverters

Kingtronics International Company — Inspired by Innovation

Engineers often waste hours searching for electronic components online, verifying datasheets, and comparing parts across multiple sites. Our smarter platform centralizes component searchdatasheet downloads, and BOM search, helping you make sourcing decisions faster and with confidence.

🎥 Watch how engineers worldwide use our website for faster datasheet access and smarter sourcing decisions.

Our new website is designed to deliver:

  • Save Time → Find capacitors, diodes, resistors in seconds with quick search
  • Ensure Accuracy → Get instant datasheet downloads without delay
  • Decide Smarter → Compare parts and run BOM search to cut procurement workload
  • Build Trust → Source from a global trusted supplier of electronic components

With our platform, engineers can run quick component sourcing, access reliable datasheets instantly, and manage their BOM search with fewer errors. This makes sourcing faster, easier, and more reliable for global buyers and design teams.

👉 Explore the new website

Kingtronics New Website

 

Kingtronics International Company — Inspired by Innovation

Introduction: Why Diode Selection Matters

For many engineers, selecting the right diode or rectifier is not as simple as checking a datasheet. The challenge lies in balancing multiple parameters—voltage, current, recovery time, and package type— while ensuring long-term reliability. This diode selection guide simplifies the process into clear rectifier selection steps that reduce design risks and improve efficiency.

1. Types of Diodes You Should Know

Before diving into how to choose diode for your design, let’s review the key categories:

  • Schottky Diodes – Low forward voltage drop, fast switching, ideal for power supplies and high-frequency circuits.
  • Fast Recovery Diodes – Optimized for reduced reverse recovery time, commonly used in lighting drivers, motor control, and industrial automation.
  • TVS (Transient Voltage Suppression) Diodes – Protect sensitive circuits from ESD, surges, and transient spikes. Essential in automotive, communication, and industrial environments.
  • General Rectifiers – Reliable, high-voltage devices used for AC/DC rectification and industrial power systems.

Diode & Rectifier Selection Guide Table

Type Key Features Typical Applications Explore Products
Schottky Diode Low VF (0.2–0.4V), very fast switching, low power loss Power supply rectification, DC-DC converters, RF circuits View Schottky Series
Fast Recovery Diode Short reverse recovery time, moderate VF, high efficiency LED drivers, motor control, industrial automation, SMPS View Fast Recovery Series
TVS Diode Transient voltage suppression, protects against ESD & surges Circuit protection, automotive, communication, consumer electronics View TVS Series
General Rectifier High voltage rating, high surge current capability, reliable AC/DC rectification, power adapters, industrial power supply View Rectifier Series

Engineers can simplify component sourcing by choosing from manufacturers who provide full series coverage. Kingtronics offers a complete range of Schottky, Fast Recovery, TVS, and General Rectifiers — all with international certifications and competitive lead times.

2. Key Selection Criteria (Rectifier Selection Steps)

When working through rectifier selection steps, always evaluate these critical factors:

  • Voltage Rating (VR, VRRM): Select a diode rated at least 20–30% above the circuit’s peak operating voltage.
  • Current Rating (IF, IFSM): Ensure the device can handle both steady load current and surge currents during startup or transients.
  • Forward Voltage Drop (VF): Lower VF improves efficiency and reduces heat loss, especially in power supply designs.
  • Reverse Recovery Time (trr): Critical in high-speed switching applications such as SMPS or motor drives.
  • Package Type (SMA, SMC, DO-214, etc.): Choose based on board space, thermal dissipation, and assembly method.

3. Common Mistakes & How to Avoid Them

Even experienced engineers can misstep when selecting diodes:

  • Choosing voltage too close to operating margin
    → Always add safety headroom.
  • Ignoring surge current (IFSM)
    → Verify startup/inrush tolerance, not just average current.
  • Overlooking thermal considerations
    → Small SMD packages may fail under sustained load.
  • Confusing diode functions
    → A Schottky diode cannot replace a TVS in surge protection.

4. Application Examples

Practical use cases of how to choose diode effectively:

  • Power Supply Circuits – Schottky diodes improve efficiency and reduce power loss.
  • Lighting Systems – Fast recovery diodes provide stable performance in LED drivers.
  • Industrial Control – High-surge rectifiers enhance reliability in automation systems.
  • Circuit Protection – TVS diodes safeguard ICs from unexpected voltage spikes.

5. Simplifying the Selection Process

Pain Point: Engineers often face complex datasheets and ambiguous specs.
Highlight: A structured diode selection guide reduces guesswork and minimizes design errors.

Simple process flow:

  1. Define application requirements (voltage, current, switching speed).
  2. Identify the correct diode category (Schottky, Fast Recovery, TVS).
  3. Match package type and thermal performance.
  4. Validate surge and recovery specifications.

6. Extended Learning: Video Resource

▶ Watch this video for a visual introduction to diodes and rectifiers:

Diode & Rectifier selection guide video

The video not only explains diode categories but also takes you inside Kingtronics’ factory, showing how strict quality processes ensure product reliability and performance.

Conclusion & Next Steps

Selecting the right diode or rectifier doesn’t have to be overwhelming. By following these rectifier selection steps, you’ll simplify the process, reduce design risks, and ensure better performance for your circuit.

Whether you are designing a new power supply, upgrading industrial control systems, or protecting sensitive circuits, Kingtronics provides not only a comprehensive diode portfolio, but also engineering support to guide you through the selection process.

👉 Explore our full range of Diodes & Rectifiers
👉 Need help with your design? Contact our technical team

Diode & Rectifier selection guide illustration

Contact us

Tel: (86) 769 8118 8110
Tel: (852) 8106 7033
Fax: (852) 8106 7099
E-mail: info@kingtronics.com
Microsoft Teams: Kingtronics.sales via Teams
WhatsApp: Chat with us on WhatsApp
Web: www.Kingtronics.com
YouTube: www.youtube.com/c/Kingtronicskt

About

Kingtronics International Company was established in 1995 located in Dongguan City of China to handle all sales & marketing for factories located in Chengdu, Sichuan and Zhaoqing, Guangdong, China. In 1990, we established the first factory to produce trimming potentiometer and in 1999 we built up new factory in Zhao Qing, Guangdong. Now with around 850 workers, Kingtronics produce trimming potentiometers, dipped tantalum capacitors, multilayer ceramic capacitors, and diode & bridge rectifier. We sell good quality under our brand Kingtronics, and Kt, King, Kingtronics are our three trademarks. All our products are RoHS compliant, and our bridge rectifier have UL approval. Please visit our Products page, you could please download all our PDF datasheet and find cross reference for our Trimming Potentiometer and capacitors.

Tantalum and Ceramic Capacitors Cross Reference ↓ Download
Diodes & Rectifiers List(PDF: 97KB) ↓ Download
Trimming Potentiometer Cross Reference ↓Download

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